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Sieve Shaker Gyratory

Name: Sieve Shaker Gyratory
Brand: EDUTEK INSTRUMENTATION
Price: 3300.0 INR
Availability: InStock

Price 3300.0 INR/ Piece

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MOQ : 1 Piece

Sieve Shaker Gyratory Specification

Automation Grade
Semi-Automatic (Automated Shaking and Tapping, Manual Sieving)

Accuracy
100 % %

Measurement Range

Color
Select (Typically Blue/Grey Steel)

Application
Civil Engineering Labs, Mining, Pharmacy, Research Facilities

Operate Method
Mechanical Agitation: The sieve stack is clamped and the motor is activated for a set time, causing the sieves to gyrate and tap, separating the particles

Material
Cast Iron, Steel, Electric Motor

Power Source
Electric Motor (AC Mains

Classification
Civil Engineering / Materials Testing

Product Type
Material Testing Equipment / Particle Separator

Core Components
Electric Motor, Eccentric Drive Mechanism (for gyratory motion), Hammer/Tapping Mechanism (for vertical tap), Clamping Device (to hold sieve stack firmly), Timer

Usage
Quality control for aggregates, cement, and powdered materials; soil classification

Feature
Provides a standardized and consistent method of agitating the sieve stack to ensure repeatable and accurate particle size analysis.

Equipment Materials

Type
Gyratory/Tapping Sieve Shaker / Mechanical Particle Size Analyzer

Display Type
Analog/Digital Timer (with automatic shut-off)

About Sieve Shaker Gyratory

Sieve Shaker Gyratory

Carries upto 7 sieves of 150mm or 200mm diameter.

The shaker is driven by a h.p (motor through a reduction a reduction gear immersed in oil.

The sieve table does not rotate but is inclined from the vertical axis and the direction of inclination changes progressively in clockwise direction.

If the stop-pin below the table is removed, the shaker can have a rotary motion.

In addition to this gyaratory motion of the table, there is an upward and downward movement ensuring that each square cm of the sieve is utilized.

A pair of rods and holder are supplied.

The holder can be fixed on the top of the upper most sieves and thus the sieve set is firmly held.

Suitable for operation on 230 Volts, 50 cycles single phase, A.C. Supply.

Consistent Particle Size Analysis

Engineered for reliability, the Sieve Shaker Gyratory automates the separation of granular materials using standardized mechanical agitation. Its eccentric drive and tapping mechanisms ensure uniform gyratory motion and consistent tapping, enabling accurate, repeatable PSD results essential for civil engineering and material quality assurance.

Rugged Construction & Simple Operation

Constructed from durable cast iron and steel, this sieve shaker is built to withstand rigorous use in laboratory environments. The electric motor's gyratory motion and vertical tapping, combined with an easy-to-set analog or digital timer, streamline testing procedures and minimize operator intervention while promoting test accuracy.

Versatile Applications in Material Testing

Suitable for a wide range of applications, the Sieve Shaker Gyratory excels in civil engineering labs, mining facilities, pharmaceutical research, and material quality control. Its semi-automatic operation and user-friendly controls simplify workflow and ensure precise analysis across numerous industries.

FAQ's of Sieve Shaker Gyratory:

Q: How does the Sieve Shaker Gyratory work to separate particle sizes?

A: The sieve stack is securely clamped and the electric motor activates an eccentric drive mechanism, producing both gyratory and tapping motions. This agitation separates granular materials by particle size, enabling accurate and repeatable particle size distribution (PSD) analysis.

Q: What types of materials can be analyzed with the Sieve Shaker Gyratory?

A: This equipment is suitable for aggregates, cement, powdered materials, and soils, making it valuable for civil engineering, mining, pharmaceutical, and research applications where precise particle sizing is essential.

Q: When should the Sieve Shaker Gyratory be used in a laboratory setting?

A: It should be used whenever standardized, accurate particle size assessment is required-such as during material quality control, incoming material analysis, soil classification, or research-driven particle studies.

Q: Where is the Sieve Shaker Gyratory commonly utilized?

A: The apparatus finds regular use in civil engineering labs, mining sectors, pharmaceutical quality control facilities, and research institutions across India and globally.

Q: What are the core benefits of using a mechanical gyratory/tapping sieve shaker for PSD analysis?

A: Key benefits include standardized and repeatable agitation, high accuracy (100%), reduced human error, improved testing consistency, and faster analysis thanks to semi-automated operation with analog/digital timers.

Q: How does the automatic timer function aid the sieving process?

A: The analog or digital timer is programmed for the required duration, after which the shaker automatically shuts off, ensuring uniform test duration and minimizing operator oversight for optimal repeatability.

Q: What maintenance procedures should be followed for long-lasting operation?

A: Routine checks include ensuring all moving parts are lubricated, the clamping device is secure, and the electric motor functions smoothly. Periodic cleaning of the sieves and machine exterior is also recommended to prolong durability.

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